Processing axons
Processing Axons perform tasks on images like cropping, resizing and preparing for recognition. To this group the axons belong that perform detection and AI tasks.
Simultaneously processing axons can act like a sink and output their result to third party systems.
1.ANPRAxon:
Axon responsible for recognizing license plates.
2.ANPRThresholdAxon:
Axon responsible to define the conditions to be met before passing a recognized license plate to an output axon.
3.CarDataAxon:
This axons adds extra car information to a recognized license plate offering valuable information for both marketing and security purposes.
4.DataBaseAxon:
The DataBaseAxon connects to external databases. The axon is able the execute SQL commands and select queries.
5.DetectionAxon:
Generic axon for deployment of neural networks.This is a powerful axon enabling CortexFramework to perform recognition and detection tasks.
6.DPS Axon:
The DPSAxon solely runs in a cortex used for the DriveOff Prevention System (DPS), a complete solution to prevent fuel theft at gas stations.
7.EncodingAxon:
Axon responsible from converting and compressing raw bitmaps from both on board sensors necessary for the display of images in CortexClient.
8.ExtendasAxon:
The ExtendasAxon interfaces with the SPINpos iPad cash register of Extendas.
9.FilterAxon (optional):
Axon responsible for setting conditions to pass or stop images. An example for the usage of this axon is the fluent display of images in CortexClient when using sequencing for optimization of recognition in different light conditions. Each sequence has different gain and exposure suitable for different light conditions. The filter axon stops one sequence forwarding only one sequence to CortexClient for fluent (non blinking) display of video.
10.FTPAxon:
Axon responsible for the upload of the output of the processing axons to a ftp server.
11.GatekeeperAxon:
Axon responsible to set the parameters of the motorized zoom lens, the strength of LED illumination and the Wiegand mode. The operation of the I/O pins can be configured in this axon.
12.ImageRotateAxon:
Axon responsible to rotate an image
13.ImgCropAxon:
Axon responsible to select a part of an image used in for instance two lane recognition.
14.ImgResizeAxon:
Axon responsible to set the resolution of an image.
15.LoadbalanceAxon:
Axon responsible to distribute images among detection axons for optimal usage of processing power.
16.MediaServerAxon
Axon responsible for ONVIF discovery by VMS systems and the generation of a RTSP stream.
17.NXAxon:
NXAxon interfaces with the Nx Witness VMS of Nx Optics. With NxAxon conditions can be set to bookmark events in this video management system.
18.ParkingAxon:
The ParkingAxon is part of AVUTEC's bundled package, CortexParking. With this package all functionality to open a barrier based on white list confirmation is done inside of a CortexDevice.
White list management is done with the complementary Windows client. An IO extender is used to open the barrier.
19.VelocityAxon:
Axon responsible to determine direction of vehicles.
20.WebServiceAxon:
Axon responsible for the upload of the output of the processing axons to a web service.
